Stem Kits
Showing 25–48 of 123 results
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Physics, Demonstration Models, Renewable Energy Kits & Models, Stem Kits
Electric Bell Demonstration Model
Physics, Demonstration Models, Renewable Energy Kits & Models, Stem KitsElectric Bell Demonstration Model
- The Electric Demonstration model features a wooden base measuring 12 x 5 cm and a standing block measuring 20 x 12 cm that holds a wire coil and magnet, creating an electric circuit to illustrate electromagnetism.
- When current is applied to the coil, it generates a magnetic field, effectively transforming the coil into an electromagnet.
- The setup allows for hands-on experimentation with magnetic field strength, interactions between electric currents and magnets, and concepts like electromagnetic induction.
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Physics, Demonstration Models, Renewable Energy Kits & Models, Stem Kits
Electrical Transformer Model
Physics, Demonstration Models, Renewable Energy Kits & Models, Stem KitsElectrical Transformer Model
- The Electrical Transformer Model | Demonstration Transformer Model explains the fundamentals of transformers.
- These demonstrators consist of one primary coil & 2 secondary coils to be used one at a time.
- The secondary coils have 4 mm socket terminals and an electric cord and plug for the primary coil.
- Output voltage of 6V and 12V can be taken.
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Stem Kits
Energy Conversion Kit
- This Energy Conversion Kit innovative experiment operates in three distinct ways to harness energy efficiently.
- First, it utilises batteries as a reliable power source, ensuring continuous functionality.
- Second, by simply adjusting the shift button, the kit can transition to solar power, capturing sunlight to generate electricity sustainably.
- Finally, it features a hand-crank dynamo that allows users to generate energy through manual effort, providing a unique hands-on experience by shifting the settings on the device.
- Each mode highlights a different aspect of energy conservation and demonstrates various renewable energy principles.
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Physics, Demonstration Models, Renewable Energy Kits & Models, Stem Kits
Faraday’s Law Apparatus
- The Faraday’s Law Apparatus is a scientific tool that is designed to demonstrate electromagnetic induction.
- It features strong Alnico magnets that produce a magnetic field, a built-in galvanometer that measures the electric current, and a durable MR87 stand made of high-quality materials.
- This apparatus is widely used in physics labs to teach students about Faraday’s law of electromagnetic induction.
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Physics, Demonstration Models, Renewable Energy Kits & Models, Stem Kits
Fleming’s Left Hand Rule Apparatus
Physics, Demonstration Models, Renewable Energy Kits & Models, Stem KitsFleming’s Left Hand Rule Apparatus
- This Fleming’s Left hand rule apparatus features a transformer-like setup with a vertical rod 6.5x5x7 inch.
- Fleming’s Left-Hand Rule tells the direction of the force exerted on a current-carrying conductor in a magnetic field.
- It allows students to explore electromagnetism, the Lorentz force, and the interaction between electric currents and magnetic fields, providing a practical demonstration of fundamental electromagnetic principles
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Physics, Demonstration Models, Renewable Energy Kits & Models, Stem Kits
Fleming’s Right Hand Rule Apparatus
Physics, Demonstration Models, Renewable Energy Kits & Models, Stem KitsFleming’s Right Hand Rule Apparatus
- Fleming’s Right Hand Rule Apparatus features a transformer-like setup with a vertical rod 6.5x5x7.
- Fleming’s right-hand rule describes the direction of force on a current-carrying conductor in a magnetic field: Point your thumb in the direction of the current, your index finger in the direction of the magnetic field, and your middle finger will show the direction of the resulting force.
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Stem Kits
Floating Ball Model
- The Floating Ball Model features a strong fan, an acrylic pipe, and a lightweight ball.
- The fan generates a high-velocity air current that moves through the acrylic pipe.
- Bernoulli’s Principle: As air speeds up in the pipe, it creates lower pressure, allowing the ball to float.
- This model visually demonstrates the principles of fluid dynamics engagingly.
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Chemistry, Stem Kits
Formation of Magnesium Oxide Ion Model
- Formation of Magnesium Oxide Ion Model demonstrates ionic bonding between magnesium and oxygen
- Shows the formation of Mg²⁺ and O²⁻ ions clearly
- Transparent acrylic base with color-coded atoms
- Ideal for chemistry labs and STEM education
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Astronomy Lab Kits, Stem Kits
Four Seasons Working Model
- Four Seasons Working Model is made from durable ABS plastic for safety and longevity, ideal for children’s hands-on exploration.
- Visually demonstrates the Earth’s revolution around the Sun and its axial tilt, helping children understand seasonal changes.
- Encourages critical thinking and scientific inquiry through interactive manipulation and exploration of seasonal concepts.
- Suitable for classrooms, STEM labs, mini science centres, and astronomy labs.
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Stem Kits
Funny Mirror
- The Funny Mirror features a unique design with individual concave and convex durable acrylic mirrors, creating amusing reflections that spark laughter and curiosity.
- Made from high-quality, shatter-resistant acrylic, these lightweight mirrors are safe and built to last, making them perfect for entertainment venues or home use.
- Their playful designs appeal to both children and adults, adding a whimsical touch wherever they are placed.
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Stem Kits
Giant Yo-Yo model
- The Giant Yo-Yo model consists of a flywheel mounted on an axle and supported at each end by a nylon cord.
- When dropped, the wheel converts gravitational potential energy into kinetic energy.
- The sudden jerk upon reaching the bottom reverses its linear momentum, causing the wheel to wind back up.
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Physics, Demonstration Models, Renewable Energy Kits & Models, Stem Kits
Good and Bad Conductor of Electricity Kit
Physics, Demonstration Models, Renewable Energy Kits & Models, Stem KitsGood and Bad Conductor of Electricity Kit
Good and Bad Conductor Kit is designed to help school students learn about the conductive properties of different materials. By demonstrating which materials are good or bad conductors of electricity, this kit provides hands-on experience and helps students gain a deeper understanding of the topic. Whether used in a classroom setting or for individual study, this kit is a valuable resource for anyone looking to learn more about the fascinating world of electrical conductivity.
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Stem Kits
Hand Driven Van De Graaff Generator
- This is a simple, hand driven Van de Graaff generator designed to produce very high electric potentials at low currents.
- The apparatus consists of a wooden base, an insulated Plexiglas stand, a rubber belt, a removable metal dome (135 mm diameter), a driving wheel, and a driving belt.
- The discharge sphere, which has a diameter of 50 mm, is mounted on a pivoted arm that includes a handle for easy adjustment.
- The length of the electrical spark is approximately 30 mm.
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Stem Kits
Heat Conductivity Apparatus
- The Heat conductivity apparatus, or Heat Conductivity Apparatus, consists of three metal rods made from copper, brass, and iron, all arranged in a metal ring.
- This setup is mounted on a wooden handle and includes wax and a spirit lamp to facilitate demonstrations.
- The design allows each rod to be heated simultaneously, illustrating that the rate of heat conductivity varies among different materials.
- Additionally, an extra-long copper rod is included to demonstrate that heat takes time to transfer from the hot end to the cold end.
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Anatomy Models, Biology, Biology Models, Stem Kits
Human Skeleton Model
- The Human Skeleton Model is a life-size skeleton that stands at a commanding 5 feet and is crafted from durable material.
- It includes a sturdy hook for effortless hanging and showcases precise anatomical detailing.
- Manufactured by Elmo Agencies, this model is designed for those who demand quality and clarity in their educational tools.
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Physics, Demonstration Models, Renewable Energy Kits & Models, Stem Kits
Hydraulic Brake Model
- A hydraulic brake model is an excellent way to understand how hydraulic systems function in real-world applications, such as vehicles.
- Hydraulic brakes utilise fluid mechanics principles to amplify force and deliver powerful stopping power.
- It demonstrates the principle of Pascal’s law.
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Physics, Demonstration Models, Renewable Energy Kits & Models, Stem Kits
Hydro Power Model
The Hydro Power Model uses the energy of moving or falling water to turn a turbine, which then drives a generator to produce electricity. This tool consists of a wooden base (8.5 x 6.5 inches), two wooden poles, a 250 mL plastic beaker, a metallic turbine, a pipe, and a voltage output monitoring device.
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